Wearable Weighted Suit with Integrated Iron Sand Pouches
Solution Overview
Problem
Conventional wearable exercise systems with removable weight compartments face safety and quality issues due to the risk of weights reorienting or dislodging during use.
Innovation Solution
A wearable weighted exercise system with weights permanently integrated into a neoprene suit, eliminating the need for compartments and allowing for full-body movement and easy maintenance, featuring weights sewn into the material with a durable thread and encased in a soft rubber pouch for stability and comfort.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If weights are manually added and removed from compartments, then the system allows adjustable weight intensity, but the risk of weights reorienting or dislodging increases
Solution Approach 1:
The suit is divided into multiple weight pockets distributed across different body regions (chest, back, hips, thighs), allowing independent weight placement in each compartment while maintaining overall system security through integrated construction
Solution Approach 2:
Weights are nested within enclosed pockets that are integrated into the suit structure, with each pocket containing weights securely while allowing adjustment of weight quantity and distribution across different body zones
2Reliability
If weights are permanently integrated into the suit, then weight dislodgment is prevented, but the ability to adjust weight intensity is reduced
Solution Approach 1:
The weight system transitions from static permanent integration to dynamic adjustability, where weights can be added or removed from pockets during exercise sessions to match varying intensity requirements while remaining securely enclosed at all times
Solution Approach 2:
The system allows changing the parameter of weight intensity by adding or removing weights from pockets, while the structural parameter of weight security is maintained through enclosed pocket design that prevents dislodgment
3Reliability
If weights are enclosed in compartments, then weight security is improved, but the device complexity increases
Solution Approach 1:
The suit fabric serves multiple functions: it provides the structural base of the garment, creates enclosed weight pockets for security, and distributes weights across body zones for balanced exercise, thereby reducing the need for separate complex weighting mechanisms
Solution Approach 2:
The weight containment pockets are merged directly into the suit construction rather than being separate attachments, integrating the security function into the base garment structure and reducing overall system complexity
Data Source
AI summary
A weighted suit includes a sleeveless suit being composed of a neoprene material and to fit around a torso area of a user, the sleeveless suit having two leg compartments to extend to above a knee of the user; a first pair of weights integrated into a chest portion of the sleeveless suit, each of the first pair of weights having a rubber pouch forming an interior cavity; and a pre-determined amount of iron sand permanently secured within the interior cavity of the rubber pouch, the pre-determined amount of iron sand providing weight; the rubber pouch flexes with movement of the user; a second pair of weights integrated into an upper back portion of the sleeveless suit; a third pair of weights integrated into thigh regions of the two leg compartments; each of the third pair of weights is positioned to wrap from a front of the user's leg to a back of the user's leg; and each weight of the first, second, and third pair of weights is permanently sewn into the sleeveless suit to be completely enclosed by the neoprene material, thereby being permanently incorporated into the sleeveless suit.